Effects of vacuum polarization on sub-coulomb 12C-12C scattering (l)

Vetterli, D.; Böglin, W.; Egelhof, P.; Henneck, R.; Jaskóła, M.; Klein, Alexander; Mühry, Henry; Sick, I.; Trautmann, D.; Baur, G.

doi:10.1016/0375-9474(91)90530-j

Nuclear Physics A

1991

DOI: 10.1016/0375-9474(91)90530-j

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Effects of vacuum polarization on sub-coulomb 12C-12C scattering (l)

D. Vetterli

W. Böglin

P. Egelhof

et al.

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Cited by 6 publications

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“…Due to the interference between the scattering amplitudes for forward and backward angles, the effects of small corrections are seen as shifts in the Mott oscillations. This method has been used successfully by Vetterli et al [3,4] to test the efFect of vacuum polarization on sub-Coulomb scattering. With this method the efFect could be identified on a 7% level.…”

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Mott scattering as a probe of long range QCD effects

1994

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We investigate the possibility of using the Mott scattering between identical nuclei to assess the existence of long range QCD efFects, e.g. , a color van der Waals interaction, as suggested recently. We show that the inclusion of atomic efFects is very important and should be considered in order to extract limits on the strength of the color van der Waals force. We compare our calculations with the analysis of a recent heavy ion experiment.PACS number(s): 25.70.Bc, 24.85. +p

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Mott scattering as a probe of long range QCD effects

1994

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Vacuum polarization in sub-coulomb 12C-12C scattering (II)

et al. 1991

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Colour Van der Waals effects in PbPb scattering?

et al. 1995

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Effects of vacuum polarization on sub-coulomb 12C-12C scattering (l)

Cited by 6 publications

References 28 publications

Mott scattering as a probe of long range QCD effects

Mott scattering as a probe of long range QCD effects

Vacuum polarization in sub-coulomb 12C-12C scattering (II)

Colour Van der Waals effects in PbPb scattering?

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